z = b(2. 5- 0.41nb) o )jli 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11)...

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Page 1: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing
Page 2: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing
Page 3: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing
Page 4: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing
Page 5: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing
Page 6: z = b(2. 5- 0.41nb) o )JLI 2.2.5 ( 6) , 10) 11) fak= mifakl+ mpfak2+ ß(l- ml- m2)fak3,. (10) ( 11) Fig. 5 The determined steps of the tamping parameters and the effective reinforcing